C In w (84 (84 Goo Don (84 Drak 6/9 Gstru Con You Air ( Mail G *Cou Cou D2L 04 - G prev G the Net D2L | X CO dal.brightspace.com/d21/le/content/272266/viewContent/3728121/View G OT To # G colouring night -... *3110 coursehero 3110 midterm prep midterm 2 70 Ch2.pdf * 2016 midterm.pdf f ACLS Assignment Assignment 6 JB Learn Java | Onlin... Q3) Center of mass and momentum A 0.01 kg bullet is shot at a 1.00 kg block of wood. The block of wood is on a horizontal frictionless surface. As viewed from above, the bullet has an initial velocity v1 in the positive x-direction. The block of wood has an initial velocity v2 in the positive y-direction. The bullet gets stuck in the block of wood when it hits. X 2 m/s After the collision, the block and bullet together are observed to move as shown in the diagram: 30 O a) What were the initial velocities of the bullet and block of wood? This problem should be solved using the "recipe" taught in class. The "recipe" has six steps. To be graded correct, you must clearly show all six steps! Since this problem is in 2D, write step 4 using vector notation. Please write your final answers to two decimal places. :Reflect in ePortfolio Download Print Open with docReaderC In w (84 (84 Goo Don (84 Drak 6/9 Gstru Con You Air ( o Mail G *Cou Cou D2L 04 - G prev G the Net D2L | X CO dal.brightspace.com/d21/le/content/272266/viewContent/3728121/View G OT To # G colouring night -... *3110 coursehero 3110 midterm prep *midterm 2 TU Ch2.pdf * 2016 midterm.pdf f ACLS Assignment Assignment 6 JB Learn Java | Onlin... O ) What were the initial velocities of the bullet and block of wood? This problem should be solved using the "recipe" taught in class. The "recipe" has six steps. To be graded correct, you must clearly show all six steps! Since this problem is in 2D, write step 4 using vector notation. Please write your final answers to two decimal places. b) Suppose the bullet bounced backwards when it hit the wood, instead of getting stuck. Would the speed of the wood after the collision be faster or slower than 2 m/s? Or would it be the same? No calculation required, but very briefly (one or two sentences) justify your answer using Center of Mass and Momentum. Draw a simple diagram if it helps! o :Reflect in ePortfolio Download Print Open with docReader